- An
isentropic process is an
idealized thermodynamic process that is both
adiabatic and reversible.[excessive citations] The work
transfers of the system...
- mechanics,
isentropic nozzle flow
describes the
movement of a
fluid through a
narrow opening without an
increase in
entropy (an
isentropic process). Whenever...
- In meteorology,
isentropic analysis is a
technique used to find the
vertical and
horizontal motion of airm****es
during an
adiabatic (i.e. non-heat-exchanging)...
-
sometimes also
known as the
isentropic expansion factor and is
denoted by γ (gamma) for an
ideal gas or κ (kappa), the
isentropic exponent for a real gas...
- {\displaystyle \Delta S_{H}=Q_{H}/T_{H}} .
Isentropic (reversible adiabatic)
expansion of the gas (
isentropic work output). For this step (2 to 3 on Figure...
-
constructed from: Top and
bottom of the loop: a pair of quasi-parallel and
isentropic processes (frictionless,
adiabatic reversible). Left and
right sides of...
-
neglect friction and heat transfer),
Steady vs.
Unsteady Flow, Flow is
isentropic (i.e. a
reversible adiabatic process),
Ideal gas law (i.e. P = ρRT) As...
-
steam leaving the turbine. No
steam turbine is
truly isentropic, however, with
typical isentropic efficiencies ranging from 20 to 90%
based on the application...
- m**** flow rate is constant. The gas flow
through a de
Laval nozzle is
isentropic (gas
entropy is
nearly constant). In a
subsonic flow,
sound will propagate...
-
Rankine Cycle 1->2
Isentropic compression in a pump
Ideal Carnot Cycle 4->1
Isentropic compression Ideal Otto
Cycle 1->2
Isentropic compression Ideal Diesel...
